Doing Something Wrong?

Associate
Joined
18 Mar 2006
Posts
177



I am doing something wrong because the frequncey is only 166.7? (the ram is 675mhz)

Sorry I am running a P4 Duel 3.00ghz @ 3.67ghz
1GB 667 DDR2 Ram 3-3-2-8 (what it says on the ram itself) @ 3-2-1-8
thats all that is needed right... P5ND2-SLI Mobo...
 
Last edited:
You're running a divider on the memory. Look at the FSB : DRAM ratio. That should be 1:1 AFAIK.

It'll be in the BIOS under all Memory part where all the timings are if you need to change it. But if you make it 1:1 it probably won't run at the timings you have at the moment. :)
 
jimbonkers said:
So what do you recommend i do leave it or change the ratio?

See:

Firegod said:
It'll be in the BIOS under all Memory part where all the timings are if you need to change it. But if you make it 1:1 it probably won't run at the timings you have at the moment. :)

;)
 
jimbonkers said:
I can't find it anywhere...

It must be somewhere. :p Probably hiding from you.... just check under every section until you find something relating to DRAM i'd of thought. Anything that says CAS or tRAS etc etc. Should be under there...
 
jimbonkers said:
I can't find it anywhere it seriously is not there, is there any other way of doing it?

What is the actually probelm with my current set-up?

The ram's running on a divider which hinders performance.
 
jimbonkers said:
I can't find it anywhere it seriously is not there, is there any other way of doing it?

I would have said A64 Tweaker would probably of let you change it, but your running an Intel setup, not too sure if there is a Windows Based program you could use. sorry. :(
 
Is the BIOS up-to-date on the board?

I'm having a look on Google for you... managed to find this so far,

Memory timings --- CAS# Latency, RAS# to CAS# Delay, Row Precharge Delay, Row Active Delay, Row Cycle Timing (all of them have expanded range), Addressing Mode
Memory frequency selection --- A large set of dividers, which allows to set a memory frequency close to the manual value within 400—1200 MHz (in terms of double effective DDR frequency) at 1 MHz steps
 
Back
Top Bottom